Human activities since industrialization have significantly raised global atmospheric mercury
(Hg) levels. China's high Hg emissions with rapid industrial development have a global …

Although many attempts have been carried out to elaborate trophic magnification factor
(TMF) and biomagnification factor (BMF), such as normalizing the concentration of pollutants …

The relationship between stable isotope of mercury (Hg, Δ 199 Hg and δ 202 Hg) and
compound-specific nitrogen isotope of amino acids (CSIA-AA, δ 15 N Glu and δ 15 N Phe) …

This study investigates the influence of seasonal monsoon flooding on heavy metal
contamination and bioaccumulation in benthic macroinvertebrate communities within a …

Since black-tailed gulls derive energy for egg production around their habitat, analyzing
concentration of chemicals in the eggs reveals the local environmental pollution. This is …

Recently, compound-specific isotope analysis (CSIA) using the amino acid nitrogen stable
isotope ratio (δ 15 N AAs) has been widely used for accurate estimation of trophic position …

Methylmercury (MeHg) continues to pose a significant global health risk to wildlife and
humans through fish consumption. Despite numerous advancements in understanding the …

The risk of various hazardous substances in aquatic environment comprises not only the
concentration of substances in the environmental medium but also their accumulation in fish …

海洋作为地球上最重要的汞储库之一, 在调节全球汞循环中起着关键作用. **年来,
汞同位素在研究海洋汞生物地球化学循环方面展现出明显优势, 不但能示踪现代海洋汞污染来源 …

Despite the consumption of disinfectants have been increased by COVID-19 pandemic, the
fate of the chemicals in aquatic food webs are still unclear. In order to understand the trophic …